Counter-drone Solutions
Adapting at the Speed of Threat

In an ever-changing environment, agility is crucial. Sentrycs constantly adapts to protect your people, assets, and missions from new threats.

Certifications Group 246

Sentrycs is compliant with the highest industry standards

Securing airspace: Collaboration is the key

Effectively securing the airspace against unauthorized commercial drones requires tight cooperation and smooth collaboration between the ecosystem’s key stakeholders.

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Community Centric
Environment People Assets
Drone Users
UTM Solutions

An adaptive and fully integrated
counter-drone solution

Sentrycs is an autonomous and integrated counter-drone solution providing detection, tracking, identification, and mitigation – all in one system, including a C2 module.

  • Eliminates the need for external C2
  • Saves on customization costs
  • Used as a smooth and reliable interface between different stakeholders


Plug & play 24/7 autonomous monitoring and alerting, even during nighttime & beyond visual line of sight. Detect unlimited number of drones, even when GPS spoofing or jamming are present.


Monitoring drone height and speed, locating both drone coordinates and remote control last known location. While performing mitigation, Sentrycs keeps tracking other drones.


Providing user-level identification, including:
- drone vendor
- drone type
- serial number
- and more.


Three available mitigation options: Once the system has disconnected the drone from its remote control, it can either land it safely in a designated area, or send it back to its home location, or operate "Geofencing".

The only viable counter-drone system for dense urban areas

Sentrycs is the ultimate alternative to costly and complex sensor fusion approaches

By design, Sentrycs has been developed to protect 24/7 dense urban areas from unauthorized commercial drones, without interference and/or collateral damage. Unlike other Detection-Tracking-Identification (DTI) and Mitigation technologies, such as radars, RF scanners, directional jammers, or GPS spoofers; Sentrycs presents the below advantages:

  • 01 Path 455

    Generates no false targets

  • 02 Group 293

    Less sensitive to noise caused by buildings and communications signals

  • 03 Group 295

    Does not require line of sight

  • 04 Group 296

    Creates no interference with communication signals

  • 05 Group 308

    Creates no collateral damage

  • 06 Group 310

    Fully autonomous

  • 07 Group 313

    Flexible multi-sensor configuration

  • 08 Path 444

    Able to differentiate between friend and foe drones

Unmanned Traffic Management (UTM) Ready

Managing drone traffic as we deal with conventional air traffic has proven unsuccessful

Enabling global, scalable, safe, and secure drone traffic management requires new rules and regulations as well as the detection and mitigation of unauthorized UAVs (Unmanned Aerial Vehicles). Sentrycs detects and mitigates disabled Remote ID (RID) and other unauthorized commercial drones. The non-negotiable conditions for successful UTM are:

Beyond Visual Line of Sight DTI

Centralized Remote-ID (RID) Collection and Identification

Detect and Mitigate Disabled-RID Drone Presence

Modular solutions that can adapt to specific customers’ requirements

Drones are being used in a multitude of criminal or reckless ways, becoming a significant threat in many industries.

Why customers choose Sentrycs counter-drone solutions

Superior Accuracy

  • GPS location accuracy of drone and operator
  • No false alarms
  • Effective detection range
  • Accurate identification including drone serial number

Open Architecture

  • Flexible and modular
  • Full range of required capabilities
  • Easy integration with other systems

Operational Continuity

  • Stable and reliable performance
  • Autonomous
  • Fast response time
  • Can be Controlled remotely


  • No interference with communication signals & GNSS
  • No violent measures against unauthorized drones
  • No impact on authorized drones

Cost efficiency

  • Affordable cost
  • Minimum training and autonomous
  • Low power


  • Lightweight and portable
  • Rapid deployment
  • Vehicle-mounted option